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Crypto derivatives have scaled around perpetual futures, but onchain options remain one of the market's most underdeveloped segments. Despite reaching $1.77B in notional open interest, options liquidity and execution remain concentrated across a handful of venues. As new protocols compete to close this gap, the next phase of growth will depend on how effectively they solve liquidity, execution and capital efficiency. Here's a look at the emerging onchain options landscape. — ● The Liquidity Gap Between Perpetuals and Options Perpetual futures have become crypto's dominant derivatives product, while options remain comparatively underdeveloped despite their widespread adoption in traditional finance. The contrast is significant: • Traditional finance: Options reportedly trade 3x more contracts than futures. • Crypto: Perpetual futures reportedly generate 238x more volume than options. Crypto perpetual futures have recorded $18T in all-time volume, compared with just $75.5B for options. This gap highlights the potential for options to capture a larger share of derivatives activity. However, unlike perpetuals, options require liquidity across multiple strikes, expiries and contract types. That fragmentation makes execution and market-making considerably more difficult. — ● RFQ: Bringing Institutional Liquidity Onchain One approach to overcoming fragmented options liquidity is Request for Quote (RFQ), which allows traders to source prices directly from professional market makers rather than relying entirely on resting order-book liquidity. The process: • A trader requests a quote for a specific options contract. • Multiple market makers assess the risk and submit competing prices. • The trader compares available quotes and accepts the preferred execution. Trader request -> Market makers compete -> Quote accepted -> Trade executed RFQ is particularly valuable for options because it can aggregate liquidity across market makers without requiring deep order books for every strike and expiry. Alongside portfolio margin and structured execution, this model is becoming an important component of the emerging onchain options market. — ● Mapping the Onchain Options Landscape The ecosystem is developing across several segments, with protocols addressing different aspects of trading, liquidity provision, volatility exposure and structured yield. ● Professional Options Trading Venues These platforms focus on building the execution infrastructure required for sophisticated options trading. • @DeriveXYZ: V3, portfolio margin and cross-collateral. • @paradex: Paradigm integration and multi-leg RFQ execution. • @aevoxyz: Options and perpetual futures, with PERPS+ linking options strategies to perp positions. • @KyanExchange: Order-book trading, RFQ and portfolio margin. • @IthacaProtocol: Options trading and structured strategies. ● Smaller-Ticket and Retail Options While professional venues prioritize advanced execution, another group of platforms aims to make options accessible to a broader audience through smaller contracts and simplified trading interfaces. • @SynapseProtocol: Smaller trade sizes and retail-focused options trading. • @CallPutApp: BTC, ETH and synthetic equity options on Base. • @dreaming: Mobile-first options trading on Solana. • @Olive_Exchange: Options trading ecosystem. • @JoyrideExchange: Same-day expiry options (0DTE). These products address accessibility, but broader retail adoption will still depend on pricing, liquidity and manageable trading costs. ● Yield-Focused Options Products Beyond active trading, options can also support structured yield strategies. These protocols package options exposure into vaults and financial products, allowing users to participate without continuously managing individual positions. • @ryskfinance: Covered calls and cash-secured puts through RFQs. • @ThetanutsFi: Customizable options structures and direct liquidity-provider quotes. • @ProdigyFi: Structured yield vaults built around market volatility. • @jaspervault: Automated options strategy vaults. • @hypersurfaceX: Volatility yield through covered calls and cash-secured puts. • @SOFAorgDAO: Structured financial products. • @chamberfi: Onchain strategy vaults with options-related activity. This segment expands the use of options beyond speculation into income generation and automated risk management. ● Perpetual Options and Volatility Protocols Other protocols are experimenting with alternative derivatives designs that reduce reliance on traditional expiry-based contracts or provide more direct exposure to volatility. • @Panoptic_xyz: Perpetual options built on Uniswap liquidity. • @GammaSwapLabs: Perpetual options using borrowed AMM liquidity to trade volatility and hedge impermanent loss. • @SmileeFinance: Volatility-linked derivatives and Impermanent Gain products. • @DeriProtocol: Everlasting options and other onchain derivatives. • @volmexfinance: BTC and ETH implied-volatility indices. These models introduce new ways to trade volatility, manage risk and access options-like exposure without relying exclusively on conventional options markets. ● Derivatives-Focused Infrastructure Alongside trading protocols, blockchain infrastructure is also being developed to support more specialized derivatives activity. • @RCKTFoundation: Rocket L1, designed for onchain perpetual futures, options and RWAs. ● Additional Onchain Options Projects Several other projects provide, or have previously provided, options-related products through different trading models and blockchain ecosystems. • @odetteonchain: Daily 0DTE options on Base. • @stochastic_fin: Permissionless options DEX on Base. • @ArrowMarkets: Options trading supported by market-maker liquidity. • @optivixyz: Options protocol, with specific product details requiring further verification. • @stryke_xyz: CLAMM-based options and RFQ trading. • @HegicOptions: Peer-to-pool BTC and ETH options. • @pacifica_fi: Solana-based perpetual futures exchange, included for derivatives ecosystem context rather than as a dedicated options platform. Together, these projects show how the market is expanding beyond traditional options exchanges into retail trading, structured products, perpetual options and specialized infrastructure. However, a growing number of platforms does not necessarily translate into deeper or more efficient liquidity. — ● The Core Challenges Facing Onchain Options Despite growing experimentation, four structural challenges continue to limit adoption. • Liquidity fragmentation: Liquidity is distributed across strikes, expiries and contract types, making competitive pricing difficult. • Multi-leg execution: Executing individual legs separately introduces execution risk and increases transaction costs. • Capital inefficiency: Isolated margin requirements fail to account for portfolio-level hedging, increasing collateral demands. • Trading costs: Fees, spreads and slippage make sophisticated options strategies expensive to execute. RFQ systems, portfolio margin and smaller contracts address different parts of these challenges, but solving them collectively remains essential for sustainable market growth. — Perpetual futures established crypto's derivatives market, but options represent a largely underdeveloped layer with significant room for expansion. Fractional contracts can lower entry barriers, while structured payoffs allow traders to access risk profiles that perpetual futures cannot easily replicate. The opportunity extends beyond speculation into hedging, volatility trading and structured yield. However, the next generation of onchain options will not be defined simply by the number of protocols entering the market. The platforms that win will be those capable of combining competitive liquidity, reliable execution, capital efficiency and accessible risk management. Ultimately, making options easier to trade and more useful will matter far more than simply making them available onchain.